It is more rational to assume the earth is flat than round without direct evidence of the earth's shape
The debate is finished. The distribution of the voting points and the winner are presented below.
After 3 votes and with 12 points ahead, the winner is...
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- Astrological research and on-Earth astronomy show that when zoomed in with a telescope, other spherical planets exist. They also strongly imply that the moon is a sphere.
- Gravity cannot be explained on a flat Earth model.
- Horizons show things going over them, you can see mountain tops at times but none of the rest of the mountain.
- Airplanes and helicopters see the curvature and flight paths only make sense in the southern hemisphere on a Round Earth model.
- There are months of the year where Antarctica has 24/7 sunlight all around it, meaning it is a pole/island, not a ring.
- If we are in a simulation, as Pro says, it renders both points entirely moot. The neutrality favours Con since Pro is making the affirmative statement. Any apparent contradiction and perplexity can be explained away as the simulation tricking us either via glitch or a design feature.
- We do not have the same daylight hours around the Earth and more importantly, seasons occur. It makes sense if Earth is both rotating around itself and the sub while being on a tilt in a fixed direction (meaning the tilt does not alter despite the spinning). It does not make sense if the sun and moon are rotating in a fixed circular motion around the North pole all year round.
- Astrological research and on-Earth astronomy show that when zoomed in with a telescope, other spherical planets exist. They also strongly imply that the moon is a sphere.
- Gravity cannot be explained on a flat Earth model.
In theories of quantum gravity, the graviton is the hypothetical quantum of gravity, an elementary particle that mediates the force of gravitational interaction. There is no complete quantum field theory of gravitons due to an outstanding mathematical problem with renormalization in general relativity. In string theory, believed by some to be a consistent theory of quantum gravity, the graviton is a massless state of a fundamental string
- Horizons show things going over them, you can see mountain tops at times but none of the rest of the mountain.
- Airplanes and helicopters see the curvature and flight paths only make sense in the southern hemisphere on a Round Earth model.
- There are months of the year where Antarctica has 24/7 sunlight all around it, meaning it is a pole/island, not a ring.
If we are in a simulation, as Pro says, it renders both points entirely moot. The neutrality favours Con since Pro is making the affirmative statement.
We do not have the same daylight hours around the Earth and more importantly, seasons occur.
You ignored the point that a simulation/flat earth is more likely by default and then tried to gaslight me into dropping the point myself while appealing to the audience's presuppositions that are based on assuming NASA is trustworthy and that we aren't in a simulation by default.
You have not explained anything about your simulation, you have told us that we are in a simulation and apparently that this default Earth to be flat.Assuming it is easier to create advanced artificial intelligence than it is to fully model an entire universe and knowing that it takes more energy and space to model an entire universe, the second most common types of simulations are bound to NOT be entire universes but instead simulations of life/intelligence which can be made to appear like universes from the inside to an extent.
For every universe that is capable of harboring advanced lifeforms, there are multiple simulations making the simulations more numerous than actual universes.
Gravity cannot be explained period. All we know is that the math can work up to a point but physicists are forced to make up particles and other excuses to actually explain it and they haven't figured out a made up mathematical model that works quite yet.
Gravity is a force which tries to pull two objects toward each other. Anything which has mass also has a gravitational pull. The more massive an object is, the stronger its gravitational pull is. Earth's gravity is what keeps you on the ground and what causes objects to fall. Gravity is what holds the planets in orbit around the Sun and what keeps the Moon in orbit around Earth. The closer you are to an object, the stronger its gravitational pull is. Gravity is what gives you weight. It is the force that pulls on all of the mass in your body.
Does this happen with every mountain or just certain ones? Are you going to provide photographic evidence of this happening with at least 51% of the Earth's mountains? How do you rule out when it's an optical illusion or just the terrain from a certain perspective?
You're relying on the audience to take your word for it. You're going to have to demonstrate that.
The neutrality favors neutrality.
Pro proposes we’re in a simulation, and if in a simulation it’s more likely the map in flat like in RTS games.
While pro is able to defend mountains due to hills, tops of windmills over the ocean have no explanation within the proposed model (same with seasonality, etc.).
Conduct for forfeiture.
Pro does not even mention flat in the opening. Pro does not mention rational in the opening. Pro lost it right out of the gates by not even arguing the resolution. Con's arguments were not strong, however, did include enough for deduction to show the earth is round. Conduct awarded against the forfeit.
Pro begins by arguing that we live in a simulation with a flat video game map. There could be a bit more reasoning here for why we should assume a flat model, but Con doesn't argue this point in the first round. Con gives seven reasons to assume the earth is round, which Pro attempts to mitigate (though Pro's main argument is that we are probably in a simulation.) Con then argues that we ought to assume the things we see are real (or that the simulation is extremely detailed) and defends his earlier points. With no response in R3 from Pro, arguments go to Con.
This type of argument is strange to me. If we’re in a simulation which tells us it’s round, why should we then dismiss what our senses inform us?
ty for the vote
By all means a pretty straightforward vote if any of you care to vote on it.
The debate is up you delectable little ding dong.
Can you challenge me to this? I'd like to debate this with you